Você está lutando para aprender o desenvolvimento de aplicativos móveis. Qual é a melhor maneira de começar?

iOS apps are developed using Swift or Objective-C, and run on Apple devices. Android apps are developed using Java or Kotlin, and run on a variety of devices. If you want to build cross-platform apps that can run on both iOS and Android, you can use frameworks like Flutter, React Native, or Ionic, which use languages like Dart, JavaScript, or TypeScript.

For me the best technical solution since OVER 12 years is using Microsoft .NET MAUI (previous version Xamarin). Create native apps for iOS, Android and Desktop with one code base BUT with (in my opinion) the best tech stack using C# and technologies like MVVM. DIP, IoC and others. I specially like the separation of UI with XAML and C# for Code. That's what I am missing with flutter and Dart.

1. Start by understanding the basics. Both iOS and Android applications can be created either native or hybrid(cross-platform). Start with one platform and understand the concepts of mobile development. It is easier to expand when the basics are strong. 2. Create some sample applications Start small with simple apps like TODO list and then expand into complex areas. Creating features on your own helps to understand the behaviour of mobile applications. 3. Write blogs Learn and then write about it. Lot of times explaining something will help you discover more about the concept.

1. Get the OOP concepts clear. 2. Choose a platform to start with based on your preferences and learn the language (Kotlin/Swift) enough to get started with the platform. 3. Adopt a project-based learning approach. This can help you understand how to structure the project. 4. Before using libraries, try to do it with the classes the SDK provides. This will help you to understand the process in and out. 5. Get good at one platform and you'll be able to pick up another platform within a short period.

When diving into mobile app development, start by setting clear goals and picking a platform like iOS or Android. Learn the basics of programming and mobile-specific concepts through online courses and tutorials. Practice regularly with small projects, join developer communities for support, and stay updated with the latest trends and technologies.

I've worked with both Native (Android & iOS) and Cross platform mobile development, here are some tips to get you started: 1. Start with a native platform (Android/ iOS) instead of cross platform (React Native, Flutter, etc). This allows you to understand how a platform works better. 2. Its always better to do project based learning, choose an app you would like to build and work on it. Anytime you face any bumps, google is your friend. 3. Fundamentals that you should include while learning to build your app are: network (API) calls, displaying items in a list, navigation between different screens and receive user's input. The first week or so is tough, but persevere and you shall succeed.

Struggling to learn mobile application development? Start with the fundamentals. Begin by understanding the basics of programming languages like Java or Kotlin for Android, and Swift for iOS. Familiarize yourself with development environments such as Android Studio and Xcode. Follow tutorials and build simple apps to practice. Explore online courses, join developer communities, and read documentation to deepen your knowledge. Mastering the basics will provide a strong foundation to tackle more advanced concepts and projects in mobile app development.

I had started my journey to build mobile application using Flutter, here are the five steps which i follow to learn the fundamentals. 1. Understanding the fundamentals of Flutter is essential for cross-platform app development. 2. Start by grasping Dart language basics, including variables, data types, and functions. 3. Learn about Flutter widgets, which are the building blocks of Flutter UIs, and how to arrange them using layout widgets. 4. Explore state management techniques to manage data and UI state efficiently. Dive into navigation, handling user input, and integrating with external APIs. 5. Finally, practice by building simple apps to solidify your skills and understanding of Flutter's fundamentals.

Besides Foundational Knowledge in Software development such as Application Lifecycle Management, Software Requirements Specification, Fundamental Programming Concepts, Source code Version Control, Continuous Integration & Deployment & Delivery, and Agile software development. You should include this contextual knowledge list in Mobile App Development such as: - Choose at least 1 native mobile platform and master it. - Try a most popular Cross-platform framework. - Mobile Application Lifecycle Management. - Project Architecture, as well as Design Patterns which are used popularly in Mobile Development. - How to monitor and deal with Mobile Application Performance. - Security in Mobile Development. - AppStore and PlayStore publishing.

it’s crucial to delve into mastering the core principles necessary for mobile app development. This entails becoming proficient in utilizing the designated development environment and tools, whether it’s Xcode for iOS or Android Studio for Android. Additionally, it involves mastering the intricacies of designing and executing user interfaces, navigation systems, and layouts adaptable to various screen sizes and orientations. Familiarity with common components, widgets, and techniques for managing user input, events, gestures, and touch interactions is essential. Moreover, understanding how to effectively handle app lifecycle, states, permissions, and data management through local or remote databases, files, or web services is indispensable.

You have to learn how to structure your code, naming your packages and also naming your code in a way that describes what your code does and why that is important especially when working in a team. You also need to learn how to follow best practices in Kotlin(I'm mostly biased because Kotlin is the future of Android). Learning architectural guidelines that will help you build scalable, testable and production-quality applications and being aware of how your application interacts with the android operating system is crucial.

Embrace Best Practices: Prioritize learning from structured environments led by mentors whose personalities and professionalism resonate with you. Engaging with instructors or industry professionals you admire not only enriches your understanding but also ensures you adopt industry standards and best practices in a manner that's both enjoyable and effective. This approach fosters a deeper appreciation for the craft, encouraging a commitment to excellence and innovation in your work. Beyond Coding: Software dev thrives on collaboration. Mastering GitHub and version control is crucial, enabling teamwork, preserving code history, and supporting project management; essential for teamwork, ensuring you can contribute effectively to any project.

While learning the fundamentals, adhere to best practices and conventions. Organize your code, files, and folders properly. Use naming conventions, coding standards, and style guides. Document your code with comments and leverage version control tools like Git or GitHub. Understand how to use libraries and dependencies, such as CocoaPods for iOS or Gradle for Android. Optimize app performance, memory usage, and battery consumption. Secure your app and protect user data and privacy. Following these practices ensures your code is clean, maintainable, and efficient.

While you are learning, and building into the details, you must also take a step back, occasionally zoom out and get a broader perspective on how apps are being structured and why. Especially things related to Network layer, UI layer, Dependency Management and a vast variety of other decisions that go into a making a robust/scalable app.

Best practices encompasses structuring and organizing your codebase meticulously, adhering to naming conventions, coding guidelines, and style preferences. Emphasizing code documentation and employing descriptive comments enhance readability and maintainability. Familiarity with version control systems like Git or GitHub facilitates efficient collaboration and code management. Moreover, understanding how to leverage libraries and dependencies, such as CocoaPods for iOS or Gradle for Android, optimizes development workflows. Prioritizing app performance optimization, efficient memory utilization, and battery efficiency is essential. Equally important is ensuring app security and safeguarding user data and privacy.

The best way to learn mobile development is by building projects. This lets you put what you've learned into practice, like starting building a to-do list app or a simple calculator. As you get more confident, learn more, or gain experience, you can tackle more complex apps and it's also an opportunity to get creative.

The best way to learn mobile development is by building apps. Simply get an idea, and start building from the scratch. You can only become sound at mobile development, only by the experience you gather alongside building different mobile projects. If you don't know where to start from 1. Visit RapidAPI or any free API platform to get an already created API idea. 2. Search for a free design that matches and collaborate with the API you got for free, use dribbble or Behance or any other platform you find. 3. Plan before building e.g Create a repo, Test APIs, use a project management tool like jira or trello to implement an agile flow and manage your tasks etc. 4. Start building Note: Practices makes perfection 🥂

It's time to roll up your sleeves and get your hands dirty. The most important aspect is to take action. If I had to answer the question, I'd say that learning by doing is key. You need to engage in projects or exercises to make progress.

while enrolling in a course or following structured tutorials helps you start it is crucial to be hands-on and start with an app idea that excites you to help one choose there are two broad categories 1. Offline Apps - This should be a starting point build a to-do list, calculator, tic tac toe game, or something that does not depend on network APIs. 2. Online or Network Apps- once you have built something offline there are a ton of free APIs available for developers start integrating some of these to build a weather or app that shows a list and detail page. introduce local DB etc. The next step will be introducing best practices MVVM, MVI, etc.; optimizing for performance what you have built, and making it open-source.

Is there an app you always wished you could have? Maybe something simple as pantry management? Or a manual sleep tracker? Maybe an app that sends a “Welcome Home” notification whenever you reach home? Start small. You don’t have to make an instagram clone right from the get go. Make something you will actually use. You don’t have to even put it on the stores just run it on whatever phone you’re using. You will learn a lot and build something you will actually use. Then consider sharing with people around you for feedback and build on top of it.

Decide whether you want to develop for iOS, Android, or both platforms simultaneously. Each platform has its own set of programming languages and development tools. iOS apps are typically developed using Swift or Objective-C, while Android apps are primarily developed using Java or Kotlin

Code Reviews with your team, or Stack Overflow, or ChatGPT-4 suggestions can help you mature into a better developer. Nothing beats a one-on-one discussion with another developer, you get immediate feedback.

Carful how much you rely on others though… they might be fad-following fools with less depth than you think… The internet is full of self-appointed experts. Learn to trust yourself first and the rest is easy…

Yes absolutely right! Learning mobile app development is greatly enhanced by engaging with communities and seeking guidance from others Online communities and forums like Stack Overflow, Reddit, and Quora are rich sources of knowledge. You can ask questions, seek advice, and learn from experienced developers who are willing to share their insights. Sharing your projects on platforms like GitHub, CodePen, allows you to showcase your work, receive feedback from the community, and collaborate with others on open-source projects. This collaborative approach fosters continuous learning and improvement.

Peer reviews and use of chatgpt can help you improve. You can ask chatgpt to for constructive feedback and steps to improve your code quality.

Choosing a platform to start with is key while keeping in mind you will learn all there is for but Android and iOS. The Android ecosystem I personally feel is a forgiving one. Kotlin/Java are good tools to learn with and carry over to backend development easily. Keep reading docs and blogs but be mindful of the date of such info because things get outdated quickly. “.. mind what you have learned for save you it can…” - Yoda (Return of the Jedi)

According to AppMySite statistics last year, around 1.35 billion smartphones were sold globally. Android holds a 70% market share, iOS accounts for 25%, and other systems make up the rest. The mobile app industry’s value is $206.85 billion USD, with an estimated annual growth rate of 13.8% until 2030. There are 8.93 million mobile apps across various app stores. In the Mobile App Development field, personnel availability versus job opportunities stands at 74%. The high demand for mobile app development presents abundant career prospects.

One important aspect of mobile app development that's worth mentioning is the significance of user experience (UX) and user interface (UI) design. mobile app development process can help you create apps that not only function well but also provide a delightful and engaging user experience. Whether you are a beginner or an experienced developer, investing time and effort into UX/UI design.

Security is also crucial for Mobile developers nowadays. Learn security best practices to protect user data and prevent vulnerabilities, such as encryption, secure authentication, and secure data storage.

1. Choose a technology you like. It's very hard to put efforts into smth boresome. 2. Evaluate your motivation and energy. Once you are a successful self-learner, just dive into a ton of tutorials, videos, docs, projects. Otherwise, don't cheat yourself. Software development is not as easy as some ads announce. Take your time, take courses, go to school. 3. Stay realistic. A threshold is high. Projects grow bigger and bigger. They need skilled engineers mostly. Any intern position you can get in the beginning is a great success. 4. Grow. Learn. Never stop. Constant learning, expanding the expertise is a core activity of every good engineer.